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Copperweld® CCA THHN/THWN-2 Offers Cost-Stable Alternative to Copper Wire

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FRANKLIN, Tenn., Nov. 10, 2026 /PRNewswire/ — Copperweld® Copper-Clad Aluminum (CCA) THHN/THWN-2 is a purpose-engineered bimetallic conductor designed for the scale and demands of commercial and industrial electrical system design.

Copperweld THHN/THWN-2 combines an 8000-series aluminum core with a metallurgically bonded copper exterior, bringing the material advantages of both metals together in a single conductor. That bimetallic construction gives commercial and industrial teams a trusted CCA solution to manage material costs, optimize electrical performance and improve installation efficiency.

Copperweld THHN/THWN-2 offering spans 12 AWG through 1 AWG, with solid and stranded constructions and a wide range of configurations to serve conductor needs across commercial and industrial electrical systems.

Copperweld THHN/THWN-2 conductors are designed for use in raceway systems for branch circuits, feeders and equipment connections across commercial facilities, industrial plants and select residential applications. The THHN/THWN-2 designation identifies conductors rated for use in both wet and dry locations, subject to applicable NEC requirements. For specific permitted applications, refer to NEC Article 310.

Product Specifications:

Voltage Rating: 600VConductor Construction: Solid or stranded annealed Copper-Clad AluminumInsulation: Color-coded PVC with a heat-stabilized nylon jacketStandards: UL 83, UL 1581 and ASTM B566Compliance: RoHS and REACH compliant 

Product Offering:

CCA Conductor
Size

Copper
Equivalent

Construction

Allowable Ampacity
— 75°C*

Allowable Ampacity —
90°C*

12 AWG

14 AWG

Solid / 7-strand

20A

25A

10 AWG

12 AWG

Solid / 7-strand

30A

35A

8 AWG

10 AWG

Solid / 7-strand

40A

45A

6 AWG

8 AWG

7-strand

50A

55A

4 AWG

6 AWG

7-strand

65A

75A

3 AWG

5 AWG

7-strand

75A

85A

2 AWG

4 AWG

7-strand

90A

100A

1 AWG

3 AWG

7-strand

100A

115A

*Ampacities are based on the Copper-Clad Aluminum columns of NFPA 70 Table 310.16 and are subject to applicable NEC requirements and limitations.

Availability & Packaging:

Standard Colors: Black, blue, brown, gray, green, orange, purple, red, white and yellow. Additional colors are available upon request.Standard Lengths: 500, 1,000, 2,500 and 5,000 feet.Packaging: Hand coils, plastic spools and wooden reels.Additional Options: Other stranding, packaging options and denominations are available upon request.

Why Copperweld THHN/THWN-2 Is a Smarter Choice for Commercial and Industrial Applications

THHN/THWN-2 is used throughout commercial and industrial electrical systems, routed through conduit and raceways and incorporated into cable assemblies. Multiply those runs across a large facility or complex project, and conductor quantities and distances add up quickly — creating an application where the advantages of Copper-Clad Aluminum can add up just as quickly.

Material economics become increasingly important at that scale. With substantial quantities of THHN/THWN-2 running throughout a project, exposure to copper pricing is multiplied across every foot purchased. Specifying Copperweld CCA flips that equation, reducing reliance on copper and creating greater material cost stability across the project.

That same scale brings other CCA advantages into sharper focus:

Long conductor runs make voltage drop an important consideration. Copperweld CCA provides less voltage drop than equivalently rated copper.* That advantage becomes increasingly meaningful over longer distances, making CCA particularly well suited to conductor-intensive commercial and industrial applications.Every wire must be transported, staged, routed and pulled. That’s why the lighter weight of CCA provides a practical advantage for crews working with substantial conductor quantities across long and complex installations.Lower scrap value helps reduce theft incentives. This is an important consideration when substantial quantities of conductor may be staged or installed across commercial and industrial jobsites that are often unattended after hours.

Technical Confidence Behind Every Specification

For designers and specifiers, Copperweld THHN/THWN-2 provides the documented standards, listings and technical guidance needed to incorporate CCA confidently into the electrical system.

Standards / Certifications – Copperweld THHN/THWN-2 is manufactured to both UL83 and UL1581 and carries two certifications, respectively:UL E510284 / Intertek 5021266 – Copperweld certifications per UL83 covering thermoplastic insulated wire.UL E538020 – Copperweld certification per UL1581 convering CCA requirements for use in building wire.Listings – Copperweld THHN/THWN-2 carries UL listings E510284 and E538020 and ETL listing 5021266. Copperweld CCA conductors carry their own UL Recognized Component listing under DVVV2.Guidance – Clear identification and technical guidance support connections and terminations in the field. For splicing, look for the CC mark on the connector or connector packaging, which identifies connectors tested for use with CCA. CC-rated connectors can be used for CCA-to-CCA, copper-to-CCA and copper-to-copper splices, allowing the same connector to accommodate each of these common wiring configurations. For terminations on wiring devices, such as receptacles and switches, look for the CC mark on the device or device packaging. While not required for CCA, connectors marked CU/AL and devices marked CO/ALR are also suitable for use with CCA, providing additional options for installers.

Why Commercial and Industrial Teams Trust Copperweld

For more than a century, Copperweld has pioneered the science of bimetallic conductors. That expertise extends well beyond developing the conductor itself, with manufacturing, testing and technical capabilities built around ensuring consistent performance from production through installation.

Quality is continuously verified throughout manufacturing, with in-line testing built into the production process. Copperweld’s Compliance Lab adds another level of technical validation as both a UL Data Acceptance Program (DAP) laboratory and Intertek ETL Satellite laboratory, with capabilities for qualification, certification and comparative testing.

That combination of bimetallic expertise, manufacturing control and advanced testing gives Copperweld an unusually deep understanding of the conductor technology behind its building wire — and the ability to continually validate how its products perform. Copperweld is the only U.S. manufacturer of CCA building wire, including CCA THHN/THWN-2, bringing that expertise directly to the finished product.

Copperweld also remains actively involved in the codes, standards and technical work surrounding CCA, helping advance understanding of a conductor technology the company has spent generations developing.

For designers, contractors and inspectors, that means confidence extends beyond the product listings. It’s backed by Copperweld’s engineering expertise, manufacturing controls, testing capabilities and technical support — all working together to make CCA easier to specify, understand and put to work.

A Smarter Approach to THHN/THWN-2

For commercial and industrial projects, Copperweld CCA THHN/THWN-2 offers practical advantages over traditional solid-copper conductors from procurement through installation:

Smarter material spend: Reduced conductor material costs leave more room in the electrical budget to absorb other project expenses or invest where those dollars deliver greater value.Cost stability: Reduced reliance on solid copper helps limit exposure to copper price volatility and supports more predictable material costs.Lower voltage drop: Copperweld CCA provides less voltage drop than equivalently rated copper, an advantage that becomes increasingly meaningful across longer runs.*Installation efficiency: Lighter conductor weight supports easier handling, staging, routing and pulling across conductor-intensive projects.Reduced theft incentives: Lower scrap value than solid copper helps reduce theft incentives and the potential for associated replacement costs and schedule disruptions.Specification confidence: Established standards, NRTL listings, clear product markings and documented technical guidance support confident specification and installation.Bimetallic expertise: More than a century of Copperweld experience, backed by manufacturing controls, advanced testing capabilities and technical support.

Frequently Asked Questions About Copperweld CCA THHN/THWN-2

What is Copperweld Copper-Clad Aluminum THHN/THWN-2? Copperweld CCA THHN/THWN-2 is a 600V building wire that uses a bimetallic conductor consisting of an 8000-series aluminum core with a metallurgically bonded copper exterior. The conductor is insulated with color-coded PVC and protected by a heat-stabilized nylon jacket.

Is Copper-Clad Aluminum the same as aluminum wire?
No. Copper-Clad Aluminum is a bimetallic conductor with an 8000-series aluminum core and oxygen-free copper metallurgically bonded to the exterior, providing a copper surface at the termination. Its construction and performance requirements are specific to CCA.

Is Copperweld CCA THHN/THWN-2 code compliant?
Yes. Copper-Clad Aluminum conductors have been recognized by the NEC since 1971. Copperweld THHN/THWN-2 is manufactured to UL 83 and UL 1581, carries UL and Intertek listings, and uses CCA conductors manufactured to ASTM B566. Allowable ampacities are established for Copper-Clad Aluminum in NEC Table 310.16.

Why is Copperweld CCA a larger gauge than equivalent copper?
Copper-Clad Aluminum conductors are sized according to their allowable ampacities. As a result, Copperweld CCA may use a larger conductor size than a comparable copper conductor. For example, 12 AWG CCA is comparable to 14 AWG copper in many common applications, although allowable ampacities do not necessarily match across all comparable conductor sizes.

Does the larger size make Copperweld CCA heavier?
No. Even after sizing for equivalent ampacity, Copperweld CCA conductors are lighter than their solid-copper equivalents, providing a practical advantage when transporting, staging, routing and pulling conductor across commercial projects.

Does the larger conductor size affect conduit fill?
Yes. Conduit fill calculations should use the actual CCA conductor size and dimensions rather than the size of the equivalent copper conductor.

What devices, connectors and terminals can be used with Copperweld CCA?
CCA connections are straightforward. For splicing, look for the CC mark on the connector or connector packaging, which identifies connectors tested for use with CCA. CC-rated connectors can be used for CCA-to-CCA, copper-to-CCA and copper-to-copper splices, allowing the same connector to accommodate each of these common wiring configurations. For terminations on wiring devices, such as receptacles and switches, look for the CC mark on the device or device packaging. While not required for CCA, connectors marked CU/AL and devices marked CO/ALR are also suitable for use with CCA, providing additional options for installers.

Will the copper separate from the aluminum?
No. The copper exterior is metallurgically bonded to the aluminum core and cannot separate during normal installation or service.

Where can Copperweld CCA THHN/THWN-2 be used?
Copperweld CCA THHN/THWN-2 can serve appropriately designed branch circuits, feeders and equipment connections in commercial, industrial and certain residential installations. Its THHN/THWN-2 designation covers dry- and wet-location use subject to the applicable ratings and wiring methods. Refer to NEC Article 310 and applicable project requirements for the specific installation.

Why choose Copperweld CCA THHN/THWN-2 instead of solid copper?
Copperweld CCA THHN/THWN-2 provides the required ampacity when properly sized while reducing reliance on copper. For commercial and industrial projects, that can mean more predictable material costs, lighter conductor weight, lower voltage drop than equivalently rated copper across longer runs, and reduced theft incentives from lower scrap value.

Why should I trust Copperweld CCA THHN/THWN-2 ?
Copperweld has specialized in bimetallic conductor technology since 1915 and is the only U.S. manufacturer of CCA building wire, including CCA THHN/THWN-2. Its building wire is supported by manufacturing controls, in-line quality testing and product testing through Copperweld’s UL Data Acceptance Program laboratory.

* When sized appropriately according to the National Electrical Code.

Copperweld is the world leader in bimetallic wire and cable, specializing in power and grounding conductors for building construction, power grid, utilities, communications, and transportation. For over 110 years, Copperweld’s metallurgical expertise and value-engineering approach have produced bimetallic products that revolutionize industries. Copperweld’s commitment to American-made products lies in sourcing and manufacturing facilities in the heart of the USA, and the culture of excellence and innovation that inspired them over a century ago still drives them today. 

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SOURCE Copperweld

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Harness Introduces the Infrastructure Efficiency Loop, Turning Cloud Waste into Reviewed Infrastructure as Code Changes

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Harness’s Cost Management and Software Delivery Agents open pull requests for cloud savings, and Infrastructure Blast Radius scores each change’s risk before engineers approve it

SAN FRANCISCO, Nov. 12, 2026 /PRNewswire/ — Harness, the Autonomous SDLC Platform™ company, today announced general availability of the Infrastructure Remediation Agent and Infrastructure Blast Radius Agent. Paired with the Harness Cost Management Agent, the Remediation Agent creates the Infrastructure Efficiency Loop, a continuous workflow that takes cloud waste from finding to fix without a ticket in between, while Blast Radius scores the risk of each change before it is approved.

AI is accelerating software development, and every new application needs infrastructure underneath it. Platform teams are provisioning faster while under pressure to hold cloud spend down, and the Harness 2026 State of AI in FinOps report puts waste at 26% of cloud and AI spend.

Savings opportunities are easy to find and slow to act on. Each one becomes a ticket, an engineer translates it into infrastructure code, and the fix competes with everything else on the backlog. Tools that change cloud resources directly skip the queue, but they can leave live infrastructure out of sync with the code meant to manage it.

The Infrastructure Efficiency Loop

The Infrastructure Efficiency Loop makes optimization a continuous part of how engineering works. It runs in four stages:

Identify: The Cost Management Agent surfaces cost optimization and drift findings.Remediate in code: The Infrastructure Remediation Agent turns a finding into an IaC pull request.Validate and apply: A pipeline checks the plan and Infrastructure Blast Radius scores its risk. Engineers review and merge, and existing pipeline controls govern how the change is applied.Track and repeat: The Cost Management Agent tracks which recommendations have been applied and keeps surfacing new opportunities as infrastructure and costs change.

“I’m most excited about the potential to turn these cost management insights directly into action. Instead of stopping at a recommendation we send out via email or Jira, having the platform create a pull request with the proposed remediation for our application teams changes the experience entirely. In our environment, these pull requests trigger a plan in Infrastructure Deployments, which will help give the context engineers need to confidently review and implement the change,” said Dustin Mason, Principal Cloud Engineer at Citizens Bank.

New Capabilities For Platform Teams

The Cost Management Agent now works inside Harness Infrastructure Deployments, bringing the costs an organization pays, including negotiated discounts and enterprise agreements, into infrastructure workspaces. Cost optimization and drift findings appear in workspace Insights, next to the infrastructure engineers already manage. The agent infers applied status automatically for most implemented recommendations, and users can mark others as applied.

From any finding, the Infrastructure Remediation Agent generates an IaC change and opens a pull request. A pipeline can run plan-based checks and write the results back as pull request comments, and engineers keep control of the merge.

To safeguard these changes, the new Infrastructure Blast Radius Agent analyzes Terraform and OpenTofu changes and provides approvers with a risk score from 1 to 10, a plain-language explanation of the risk, and a dependency graph of the resources behind the change. Teams can use the score and risk level to require additional approvals for higher-risk changes, so the review effort goes where the risk is.

Better Together On The Autonomous SDLC Platform

“We’re launching the Infrastructure Efficiency Loop so platform teams can finally act on cloud savings without trading away control,” said Patrick Brogan, Field CTO at Harness. “Our customers already know where their waste is. What slows them down is the handoff between a finding and a fix, and that is the work we are taking off their plates. Engineers stay in charge of every change, and the savings move at the pace their teams ship.”

The Harness Cost Management and Software Delivery Agents draw on the SDLC Knowledge Graph, the shared context across an organization’s services, pipelines, deployments, and policies. That context lets the Cost Management Agent point to the right resources and lets the Infrastructure Remediation Agent write changes that fit the workspace they land in. Every action runs under the same identity, policy, and approval controls as the rest of the delivery process, so teams can move faster without giving up control of how changes are made.

Availability

The Infrastructure Remediation Agent, cost context in Harness Infrastructure Deployments workspaces, applied-status tracking in the Cost Management Agent, and Infrastructure Blast Radius are generally available today. See Harness Infrastructure Deployments in action by requesting a demo.

About Harness
Harness is the Autonomous SDLC Platform company, enabling engineering teams and agents writing code to deliver software quickly, reliably, and securely. Harness’s platform includes the Software Delivery, Security Testing, Runtime Protection, and Cost Management Agents. The Agent Harness ties them together, sharing context from the Software Delivery Knowledge Graph and governing every action through identity, permissions, policy, and verification. Companies like United Airlines, Morningstar, and Choice Hotels use Harness to accelerate releases by up to 75%, cut cloud costs by up to 60%, and improve efficiency by up to 10x. Based in San Francisco, Harness is backed by Goldman Sachs, Menlo Ventures, IVP, Unusual Ventures, and Citi Ventures.

View original content to download multimedia:https://www.prnewswire.com/news-releases/harness-introduces-the-infrastructure-efficiency-loop-turning-cloud-waste-into-reviewed-infrastructure-as-code-changes-302938049.html

SOURCE Harness

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Clawlab Raises Over $15 Million in Pre-A3 Funding to Bring Smart Knitting Home

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SHENZHEN, China, Nov. 12, 2026 /PRNewswire/ — Clawlab, a technology startup developing smart tools for textile creation, has raised more than $15 million in a Pre-A3 funding round led by miHoYo. Vision Plus Capital and Shunwei Capital also increased their investments through super pro rata participation. The round brings Clawlab’s total funding to approximately $25 million across four equity rounds. Its shareholder base includes Sequoia China, Shunwei Capital, YM Capital, Vision Plus Capital, and miHoYo, bringing together leading venture capital firms and a strategic corporate investor.

Investors Back Clawlab’s Vision for a New Consumer Category

With AI software commanding much of the market’s attention, Clawlab’s more than $15 million funding round reflects investor interest in a different opportunity: the untapped consumer potential of smart knitting.

The opportunity comes from a gap between rising consumer demand and the tools available to meet it. Interest in personalized, hands-on creation is growing, yet most knitting equipment remains designed for factories and professional users. Pattern development, stitch control, and machine operation still require specialist expertise. The category lacks a desktop device capable of bringing industrial-grade knitting capabilities within reach of individual creators.

Clawlab is addressing that gap with the world’s first smart knitting machine designed for home use. It turns an image or idea into a finished knitted item, handling pattern preparation, stitchwork, and repetitive production while leaving the design, colors, and intended use to the user.

That flexibility supports a wide range of applications, from scarves and doll clothes to pet accessories and personalized gifts. A hobby project can also grow into custom work or a small business. Clawlab is set to unveil this smart knitting machine to a global audience at CES 2027.

The Engineering Foundation Behind Clawlab

Bringing professional knitting equipment into the home involves more than reducing its size. The real challenge is translating complex engineering into a product that feels intuitive to everyday users. Clawlab’s founder and CEO Wenxin Hu previously worked as a hardware engineer at DJI and Meituan, while most members of the company’s core R&D team are also former DJI employees. Together, they bring experience developing consumer-grade smart hardware and other technically complex products.

That background has shaped Clawlab’s approach to product development. Rather than simply miniaturizing existing equipment or adding digital features, the company is rethinking the knitting experience across hardware, software, and interaction design around the needs of individual creators. The technology takes on the complexity, while users retain control of the creative process.

The Long-Term Vision in Knitting

Clawlab chose knitting based on a simple premise: textiles meet one of the most basic and enduring needs of everyday life.

“Textiles meet a broad, long-standing need in everyday life. Standardized products are abundant, but consumers’ desire for personal style, customization, and emotional expression remains underserved,” said Wenxin Hu. “We want to reconnect ideas, design, and production so that people without professional training can create through knitting.”

Their longer-term ambition is to make knitting an everyday medium of expression. Smart knitting equipment, design software, and a creator community can help people turn ideas, memories, and care for others into one-of-a-kind pieces they can hold, share, and pass on.

About Clawlab

Clawlab is a technology startup founded in 2023 that develops smart tools for textile creation. It is building the future of knitting through a combination of innovative knitting technologies and a connected maker community. Its mission, “Push knitting forward. Bring more ideas to life,” is to develop the tools and technology that help more people turn what they imagine into something they can hold. Clawlab’s vision is to make knitting an everyday language for expression, much like words and pictures, through which people can tell their stories, preserve memories, and connect with others. For more information, please visit www.clawlab.com

View original content:https://www.prnewswire.com/news-releases/clawlab-raises-over-15-million-in-pre-a3-funding-to-bring-smart-knitting-home-302937289.html

SOURCE Clawlab

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Infor and Anthropic Announce Partnership That Turns Insights into Actions for Manufacturing Operations

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Manufacturers can connect Claude to Infor’s industry-specific applications to ask questions, get answers, and take approved actions within Claude

CHICAGO, Nov. 12, 2026 /PRNewswire/ — Infor and Anthropic today announced a partnership that combines Claude with Infor’s deep expertise in manufacturing operations. Infor Industry AI for Claude supports a range of roles, including production planners, buyers and customer service representatives. Users can work in either Infor or Claude, ask questions in plain language, review data and insights from Infor systems, and execute recommended actions. Infor’s industry logic, process controls, and governance guardrails are all made available to Claude. Customers can now update a purchase order or fix an at-risk production order in Infor, right from the Claude conversation.

Experience the full interactive Multichannel News Release here: https://www.multivu.com/infor/9413252-en-Infor-and-Anthropic-Announce-Partnership

A Partnership Built on Trust

Claude is Infor’s preferred AI assistant for interacting with Infor products and Claude models are the preferred models powering Infor’s Industry AI solutions. Infor Industry AI for Claude works through a new plugin and connector, and the permissions and governance controls configured in Infor still determine what each person can see and do in Infor.

Why industry depth matters

Infor’s solutions are built to meet the unique requirements across discrete manufacturing, process manufacturing, distribution and services industries. Within manufacturing industries, Infor understands the critical workflows, complex relationships with customers and suppliers, and interdependencies that are core to operations. Customers can get recommendations in conversation and, once a user reviews and approves, have the work carried out in Infor. Skills built for Claude carry Infor’s manufacturing knowledge into each conversation. With approval, actions include creating a purchase order, reallocating stock to an urgent order, shifting production lines after unplanned downtime, and shipping an order.

“Manufacturers need answers grounded in how their business really runs, and then the ability to act on them,” said Kevin Samuelson, CEO of Infor. “Infor brings the industry depth and governed controls, allowing customers to access that industry-specific context in Claude or in Infor, wherever they choose to work. When AI begins managing your workflows, the system underneath matters more, not less.”

“Manufacturing depends on expertise spread across many systems, and a large part of the day goes to moving information between them,” said Lauren Collett, Head of Enterprise Industries GTM at Anthropic. “Infor knows how manufacturers plan, buy, and deliver, and connecting Claude to its systems can give planners, buyers, and customer service teams more time for the decisions that depend on their judgment.”

“Our employees need easy access to the precise answers available to them within Infor systems without delay. Being able to ask a question naturally in the interface where they work, and get trusted, relevant information from the right source is an immediate productivity gain,” said Jessica Vincent, Vice President of Business Solutions, Oldcastle APG. “Connecting Claude with Infor can make critical business data easier to access while maintaining the governance our organization requires, helping people become productive and make informed decisions faster.”

Built around how manufacturing really works

Examples include:

Production planners can ask why a production order is at risk, see whether the cause is a material shortage, limited machine capacity or a labor shortage, and start corrective action in Infor, all from Claude.Customer service representatives can check availability, warehouse locations and production options, then rush an order or confirm a delivery date while the customer is still on the line.Buyers can see which production or customer orders a late receipt will affect, identify alternative suppliers, and place replacement purchase orders in one guided conversation.

What manufacturers can expect

Easy to use. Users can ask questions in everyday language and move from question to action in one place. They can also switch to Infor’s role-based workspaces when they need a more detailed view of the business.

Precise. Infor provides Claude the language and logic of manufacturing. For example, item, SKU, and product are understood as the same thing. Because the connector recognizes the user’s identity, responses reflect each person’s role and site. This context is configured once for the whole company rather than taught one user at a time.

Governed. Single sign-on and role-based entitlements, drawn from existing Infor permissions, determine what each person can see and do in Infor. Actions taken through the connector are subject to authorization controls and recorded in Infor.

Open and connected. Manufacturers run on many systems. The connector is built on the open Model Context Protocol standard, allowing teams to work across Infor and other compatible tools they rely on without leaving Claude.

Availability

Infor Industry AI for Claude is now available to select Infor Velocity Suite customers. Customers need their own Claude license, and an administrator must activate the Infor connector. Infor intends to add roles, skills and applications over time. For more information, visit https://www.infor.com/platform/enterprise-ai/claude-connector.

About Infor
Infor is a global leader in business cloud software specialized by industry. We develop complete solutions for our focus industries. Infor’s mission-critical enterprise applications and services are designed to deliver sustainable operational advantages with security and faster time to value. Over 60,000 organizations in more than 175 countries rely on Infor’s 17,000 employees to help achieve their business goals. As a Koch company, our financial strength, ownership structure, and long-term view empower us to foster enduring, mutually beneficial relationships with our customers. Visit www.infor.com.

Media contacts
Infor Communications: inforpr@infor.com

FAQ

Which customers can use Infor Industry AI for Claude?
It is available to select Infor Velocity Suite customers. Infor plans to add roles, skills and applications over time.

What do customers need to get started?
Customers need their own Claude license, and an administrator must activate the Infor in Claude connector.

Does Claude make decisions without user approval?
No. Infor’s plugin for Claude is designed to get a user’s explicit approval before each change in Infor.

How is access to data controlled?
Single sign-on and role-based entitlements, drawn from existing Infor permissions, determine what each person can see and do in Infor. Actions taken through the connector are subject to authorization controls and recorded in Infor.

Does this work with other tools?
Yes. The connector is built on the open Model Context Protocol standard, so teams can work across Infor and other compatible tools.

 

 

 

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SOURCE Infor

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